BANGKOK 6th World Conference on Green Architecture & Civil Engineering: BGACE-27

Call for Papers

Full Articles/ Reviews/ Shorts Papers/ Abstracts are welcomed in the following research fields:

Sustainable Building Design

Green building principles, climate-responsive architecture, passive design, bioclimatic architecture, natural ventilation, daylighting, thermal comfort, building orientation, energy-efficient layouts, low-impact construction, adaptive building design and sustainable urban integration.

Energy-Efficient Buildings

Net-zero energy buildings, nearly zero-energy buildings, passive houses, building insulation, high-performance façades, smart glazing, heat recovery systems, energy-efficient HVAC, building energy modelling, renewable energy integration, smart lighting, energy monitoring and demand-side energy management.

Green Building Materials

Recycled construction materials, low-carbon concrete, geopolymer concrete, bamboo, engineered timber, recycled steel, bio-based materials, sustainable bricks, eco-friendly insulation, phase-change materials, self-healing concrete, locally sourced materials, material durability and embodied-carbon reduction.

Sustainable Concrete and Structural Materials

Low-cement concrete, supplementary cementitious materials, recycled aggregate concrete, fibre-reinforced concrete, high-performance concrete, carbon-cured concrete, alkali-activated materials, waste-derived construction materials, sustainable structural composites and environmentally responsible cement production.

Renewable Energy in Buildings

Building-integrated photovoltaics, rooftop solar systems, solar thermal energy, geothermal heating and cooling, small-scale wind energy, energy storage, battery systems, heat pumps, microgrids, renewable-energy management and hybrid renewable systems for residential and commercial buildings.

Water-Sensitive Architecture and Engineering

Rainwater harvesting, greywater reuse, wastewater recycling, low-flow fixtures, stormwater management, sustainable drainage systems, permeable pavements, green roofs, water-efficient landscaping, groundwater recharge, smart water monitoring and water conservation in buildings.

Green Roofs and Vertical Greenery

Green roofs, living walls, vertical gardens, urban vegetation, rooftop agriculture, thermal insulation through vegetation, stormwater retention, biodiversity enhancement, reduction of urban heat islands, building-integrated greenery and maintenance of vegetated building systems.

Smart and Sustainable Buildings

Building automation systems, smart sensors, IoT-enabled buildings, occupancy monitoring, intelligent HVAC control, predictive maintenance, digital twins, AI-based energy optimisation, smart façades, automated lighting, indoor environmental monitoring and intelligent building management systems.

Sustainable Structural Engineering

Resource-efficient structural design, lightweight structures, structural optimisation, recycled structural materials, low-carbon steel, timber structures, modular structural systems, resilient structural design, life-cycle structural assessment and sustainable bridge and building design.

Sustainable Construction Technologies

Prefabrication, modular construction, 3D-printed buildings, off-site construction, robotic construction, automated equipment, lean construction, digital fabrication, Building Information Modelling, construction waste reduction, smart construction sites and low-emission construction machinery.

Building Information Modelling and Digital Engineering

BIM for sustainable design, digital twins, 4D and 5D BIM, energy simulation, clash detection, construction planning, material optimisation, life-cycle management, infrastructure monitoring, digital project management and integration of BIM with GIS, IoT and artificial intelligence.

Circular Economy in Construction

Design for disassembly, construction material reuse, recycling of demolition waste, circular building materials, adaptive reuse of buildings, material passports, modular construction, waste minimisation, closed-loop construction systems and life-cycle extension of buildings and infrastructure.

Sustainable Transportation Infrastructure

Green roads, low-carbon pavements, recycled asphalt, sustainable highways, smart traffic systems, electric vehicle infrastructure, bicycle-friendly urban design, pedestrian infrastructure, public transport integration, intelligent transportation systems and transit-oriented development.

Green Urban Planning

Compact cities, sustainable neighbourhoods, mixed-use development, smart cities, walkable communities, urban green spaces, low-carbon cities, eco-districts, sustainable land-use planning, urban regeneration, climate-sensitive urban design and resilient community development.

Climate-Resilient Buildings and Infrastructure

Flood-resistant buildings, earthquake-resistant structures, cyclone-resistant design, heat-resilient buildings, climate adaptation, resilient bridges, coastal protection, nature-based infrastructure, disaster-resistant construction, resilient drainage networks and infrastructure risk assessment.

Sustainable Geotechnical Engineering

Soil stabilisation using sustainable materials, recycled aggregates in geotechnical works, ground improvement, sustainable foundations, geo-environmental engineering, erosion control, slope stability, geosynthetics, contaminated-soil remediation and environmentally responsible earthworks.

Sustainable Road and Pavement Engineering

Recycled asphalt pavement, warm-mix asphalt, plastic-modified roads, rubberised asphalt, permeable pavements, low-carbon pavement materials, pavement recycling, sustainable road maintenance, pavement life-cycle assessment and smart pavement monitoring.

Waste Management in Construction

Construction and demolition waste management, material recovery, recycling systems, waste segregation, reuse of concrete and masonry, waste-to-construction-material conversion, plastic waste utilisation, industrial by-products in construction and zero-waste construction practices.

Environmental Impact and Life-Cycle Assessment

Life-cycle assessment of buildings, embodied energy, embodied carbon, operational carbon, carbon footprint measurement, environmental product declarations, whole-life carbon assessment, sustainable material selection and environmental performance evaluation of infrastructure.

Indoor Environmental Quality

Indoor air quality, thermal comfort, acoustic comfort, natural lighting, ventilation systems, low-emission materials, moisture control, healthy building design, occupant wellbeing, indoor pollution monitoring and human-centred sustainable architecture.

Sustainable Heritage and Adaptive Reuse

Restoration of historic buildings, adaptive reuse, energy retrofitting of heritage structures, sustainable conservation materials, structural strengthening, preservation of architectural identity and integration of modern technologies into existing buildings.

Net-Zero and Carbon-Neutral Construction

Net-zero carbon buildings, operational carbon reduction, embodied carbon management, carbon-neutral construction materials, renewable energy integration, carbon accounting, carbon capture in construction materials and strategies for decarbonising the construction industry.

Nature-Based Solutions in Civil Engineering

Urban forests, bioswales, wetlands, green corridors, natural flood management, ecological drainage systems, river restoration, coastal vegetation, soil-based stormwater systems and ecosystem-based approaches to infrastructure development.

Sustainable Bridges and Infrastructure Systems

Low-carbon bridge design, durable bridge materials, structural health monitoring, recycled construction materials, smart bridges, life-cycle optimisation, modular bridge construction, infrastructure rehabilitation and climate-resilient transportation structures.

Artificial Intelligence in Green Architecture and Civil Engineering

AI-based building energy prediction, structural optimisation, construction planning, automated design, defect detection, predictive maintenance, smart city management, infrastructure monitoring, energy forecasting, material optimisation and AI-assisted sustainability assessment.

Emerging Technologies in Green Construction

Digital twins, robotics, drones, 3D printing, autonomous construction equipment, smart materials, nanotechnology, blockchain for construction management, augmented reality, virtual reality, sensor networks, IoT and data-driven sustainable engineering.

Green Building Certification and Sustainability Assessment

LEED, BREEAM, WELL Building Standard, EDGE certification, green building codes, environmental performance indicators, sustainability rating systems, energy-performance certification and assessment of building sustainability throughout the project life cycle.

Interdisciplinary Green Architecture and Civil Engineering

Integration of architecture, structural engineering, renewable energy, environmental engineering, urban planning, digital technology and materials science; combining smart buildings with renewable energy, BIM with life-cycle assessment, green infrastructure with climate resilience, and circular construction with low-carbon structural design.